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Climate change is one of the most pressing challenges of our time and affects, among others, the architectural sector. The need for climate-resistant buildings has led to the research and use of innovative materials that not only resist extreme environmental conditions, but also promote sustainability.
Cross-laminated timber, also known as CLT, is a material that has gained popularity for its ecological and structural properties. Made by gluing layers of wood in opposite directions, CLT is extremely durable and has a high thermal insulation capacity. This material is sustainable, as the wood used comes from responsibly managed forests, and has a significantly lower carbon footprint than traditional building materials such as concrete and steel.
Ceramic material particularly appreciated in architecture for its extraordinary resistance to atmospheric agents and versatility, it is made from a mixture of clays, feldspars, silica sand and other natural raw materials. It does not absorb water, which makes it ideal for both internal and external uses, maintaining its properties unchanged over time, even in the presence of strong changes in temperature, humidity or exposure to UV rays. Porcelain stoneware is also resistant to abrasion, stains and chemical attacks, requiring little maintenance and guaranteeing a long life. All these properties make it an excellent choice for flooring, cladding and ventilated facades.
Cement is one of the most used materials in construction, but its production is one of the main sources of CO2 emissions. New low-impact cement formulations, such as geopolymer cement, offer a sustainable solution. These cements utilize industrial by-products such as fly ash and blast furnace slag, thereby reducing CO2 emissions and improving durability and weather resistance.
The use of recycled materials in architecture is becoming increasingly common. Recycled glass, plastics and metals can be reprocessed to create new building materials. For example, insulating panels made from recycled plastics offer excellent thermal and acoustic properties, contributing to the comfort of buildings and reducing waste.
Bio-carbon bricks are a recent innovation that combines sustainability with resistance. These bricks are made using biocarbon, a material derived from biomass that has the ability to sequester carbon. In addition to being a low-carbon material, bio-carbon bricks offer excellent insulating properties and are highly resistant to atmospheric agents.
Nanomaterials are revolutionising the field of architecture thanks to their extraordinary properties. Titanium dioxide nanoparticles, for example, can be incorporated into coatings to create self-cleaning and pollution-resistant surfaces. These materials not only improve the durability of buildings, but also help reduce maintenance and operating costs.
Natural insulators, such as sheep’s wool, cork and hemp, are eco-friendly alternatives to traditional synthetic insulators. These materials offer excellent insulating properties, both thermal and acoustic, and are biodegradable and renewable.
Thermal reflective paints are designed to reflect solar radiation, helping to keep buildings cool during the summer months. These paints can significantly reduce the need for air conditioning, thus decreasing energy consumption and CO2 emissions. In addition, they can be used on a variety of surfaces, including roofs and facades, improving the overall energy efficiency of the building.
The architecture of the future requires materials that not only respond to the challenges of climate change, but that actively contribute to sustainability. By adopting these materials, we can create a built environment that resists climate impacts and promotes a more sustainable future.
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